As a BIPV manufacturer, we offer Building Integrated Photovoltaic (BIPV) solutions that integrate photovoltaic elements into buildings to form building integrated photovoltaic systems.
Building photovoltaics integration is the PV integration of elements into the building, and building-integrated photovoltaics (BIPV) systems consists of the integration of photovoltaic modules into the building envelope, such as roof or facade. BIPV systems can use sunlight to generate electricity, provide electricity for buildings, reduce building carbon emissions and electricity costs, and increase the sense of technology in buildings.
Building-integrated photovoltaics (BIPV) are photovoltaic building materials that are used to replace conventional building materials in parts of the building envelope such as the roof, skylights, or facades. They are increasingly being incorporated into the construction of new buildings as a principal or ancillary source of electrical power, although existing buildings may be retrofitted with similar technology.
The advantage of BIPV integrated photovoltaics over more common non-integrated systems is that the initial cost can be offset by reducing the amount spent on building materials and labor that would normally be used to construct the part of the building that the BIPV modules replace. In addition, BIPV allows for more widespread solar adoption when the building's aesthetics matter and traditional rack-mounted solar panels would disrupt the intended look of the building.
CRYSTALLINE PV GLASS
BIPV photovoltaic building materials : Crystalline silicon PV glass can easy replace the traditional canopy and skylight applications, spandrel glass, solid walls and guardrails. This means the Crystalline silicon PV glass not only most suitable material for building with same mechanical properties as conventional architectural glass used in contruction for architectural purposes. It can yield much energy as normal solar panels for those buildings and facilities with good solar orientation which seek maximum energy output.
Characteristic
Nano film colorization technology, bright and long lasting
Construction grade material
Excellent fireproof and waterproof performance
Beautiful and power generation
Heat preservation and insulation
Convenient installation
Same life cycle as buildings
100% Customizable
Dimension
Shape
Conventional facades made of plaster, aluminum, marble or any other material can be harmoniously replaced by Colored BIPV building elements. The patented Nano-film technology can make the appearance of the component permanent, with the same life cycle of buildings. Also could be obtained with more intense color. Any color can be developed to match the design of the project.
Typical performances of modules using our film are shown in the flowing table:
largest BIPV glass panels measure 13.5 feet x 6.5 feet.
Colored BIPV design meets the aesthetic needs of architecture
AMORPHOUS SILICON PV GLASS
AMORPHOUS SILICON PV GLASS technology based on amorphous silicon (a-Si) offers a range of attractive features that are ideally suited for building-integrated photovoltaic installations (BIPV). Solar modules may be assembled to customer-specific BIPV elements for roofs and facades, and thus may combine various functions, namely electricity generation, thermal insulation, shading, and even satisfy aspects of architectural design. Compared to CRYSTALLINE PV GLASS technologies, some reduction in power output at elevated temperatures, but with a better light transmittance
If you would like to see a stunning photovoltaic building, please click here
Essentially, homeowners can integrate BIPV products into their building design anywhere that the sun shines directly on the external surface of the house. Companies operating in the BIPV market are constantly looking for clever ways to seamlessly integrate BIPV products into the building envelope. They can be part of standard building components, such as facades, roofs or windows. Although you can't generate electricity by placing solar panels on the foundations of your home, you can find BIPV products to install almost anywhere there is sunlight.
BIPV products used to be used exclusively on roofs. This characteristic makes sense because our roofs usually receive the most direct solar radiation. most early innovators of BIPV technology focused on replacing traditional roofs with panels, tiles or shingles that generate renewable solar energy while protecting homes from the elements. The impetus for this innovation stems from a simple economic calculation. Assume that the average cost of replacing a roof in the US is between $5,500 and $11,500. In this case, solar panels that double as roofs essentially "subsidise" part of the cost of using solar energy.
Recently, companies have begun to look for ways to integrate solar production into other traditional building elements. Today, homeowners can find BIPV products to "replace" the following building elements.
Attached conservatories
BIPV products are systems that can be used as part of a building skin or envelope while converting solar energy into electricity through dual use. Instead of connecting solar panels to a separate roof or façade, BIPV products can provide weather protection, insulation, noise protection, daylighting and even improved security, as well as independent, clean renewable energy for your home
Given these environmental factors, many homeowners considering BIPV systems ask: will these systems produce almost as much energy as standard solar panels? In the case of solar roofs or solar tiles, the answer is yes. Solar panels allow the installer to tilt the individual panels in the best direction to capture more sunlight. In contrast, solar tiles usually cover the entire roof area, thus compensating for this small difference in inefficiency. In many cases, roofs covered with solar tiles or other types of BIPV roofs should be able to provide the electricity needed for efficient homes to achieve net-zero energy use.
Other BIPV products such as solar facades and windows may be less efficient than solar panels due to the correct orientation. However, this will vary on a case-by-case basis. If the orientation of your roof is not ideal, the south-facing elevation of your home may be the best location to capture solar radiation.
In terms of power generation efficiency, the situation is not so straightforward with BIPV systems. Darker BIPV panels, such as those used for solar tiles or other types of solar roofing, usually have an efficiency rating comparable to that of regular solar panels. However, the efficiency of transparent or translucent BIPV panels used on windows, skylights and other similar surfaces is still significantly lower. Because these transparent BIPV products allow some solar radiation to pass through, the total power generation efficiency may be only 50% to 75% of that of a normal solar panel.
The main attraction of BIPV products is twofold; BIPV systems add space in and around the home and you can convert the solar radiation into usable energy for your home. More important is the economic factor, as BIPV products have a dual function. They provide renewable energy, while also protecting the home and reducing the cost of autonomous solar power for the homeowner.
By using solar tiles instead of asphalt panels, homeowners can essentially 'discount' the price of their roof from their solar installation. The same 'discount' can also be applied to skylights, railings and other areas where manufacturers can design BIPV systems.
Another additional economic benefit of some BIPV systems is that they may be more durable than the building systems/elements they replace. For example, the average lifespan of most asphalt shingle roofs is 15 years. In contrast, most solar shingles will last 25-30 years, with only a small drop in efficiency at the end of that life. The total economic savings associated with a BIPV roof should therefore take into account the cost of both roof installations. You can apply the same principle to solar facades and other BIPV systems.
For the time being, BIPV systems are still slightly more expensive than conventional solar panels. They are also less efficient in converting solar radiation into usable energy for the home. However, as innovation in the BIPV sector continues to advance, homeowners should expect to see cost-effective and efficient renewable energy solutions that can be integrated directly into the building components of their homes.
Several different companies are developing building integrated PV products and systems. Gain Solar is a pioneer in solar tiles in China, so if you need BIPV products, consider Gain Solar! We offer a range of BIPV (building integrated photovoltaic) solar panels that can be perfectly integrated into buildings, facades, canopies, balconies, windows, car parks, roofs and more. Our solar BIPV panels are available in different shades, transparency, sizes, thicknesses and more.
Our BIPV systems have been helping many of our customers achieve green building certification in several countries/regions. These wins continue to give us insight into emerging building trends and requirements, giving us the opportunity to innovate and build custom solutions to meet our customers and their site-specific requirements. Choose us, choose green living!
